APPS.OKS_SUBSCRIPTION_PVT dependencies on OKS_TIME_MEASURES_PUB

Line 1762: 'oks_time_measures_pub.get_quantity');

1758: p_token2_value => p_cle_id);
1759: else
1760: IF FND_LOG.LEVEL_EVENT >= FND_LOG.G_CURRENT_RUNTIME_LEVEL THEN
1761: fnd_log.string(FND_LOG.LEVEL_EVENT,G_MODULE_CURRENT||'.get_subs_qty.external_call.before',
1762: 'oks_time_measures_pub.get_quantity');
1763: END IF;
1764: -- Begin new logic for Partial periods
1765: OPEN l_get_hdrid_csr;
1766: FETCH l_get_hdrid_csr INTO l_chr_id;

Line 1790: l_multiplier := OKS_TIME_MEASURES_PUB.get_quantity

1786: --added by mchoudha for bug#4729856
1787: IF l_period_start is not null then
1788: l_period_start := 'SERVICE';
1789: END IF;
1790: l_multiplier := OKS_TIME_MEASURES_PUB.get_quantity
1791: (p_start_date => l_start_date,
1792: p_end_date => l_end_date,
1793: p_source_uom => l_cal_uom,
1794: p_period_type => l_period_type, --new param

Line 1798: l_multiplier := OKS_TIME_MEASURES_PUB.get_quantity

1794: p_period_type => l_period_type, --new param
1795: p_period_start => l_period_start); --new param
1796:
1797: ELSE
1798: l_multiplier := OKS_TIME_MEASURES_PUB.get_quantity
1799: (p_start_date => l_start_date,
1800: p_end_date => l_end_date,
1801: p_source_uom => l_cal_uom);
1802: END IF;

Line 1806: 'oks_time_measures_pub.get_quantity(return = '||l_multiplier||')');

1802: END IF;
1803: --End new logic for partial periods
1804: IF FND_LOG.LEVEL_EVENT >= FND_LOG.G_CURRENT_RUNTIME_LEVEL THEN
1805: fnd_log.string(FND_LOG.LEVEL_EVENT,G_MODULE_CURRENT||'.get_subs_qty.external_call.after',
1806: 'oks_time_measures_pub.get_quantity(return = '||l_multiplier||')');
1807: END IF;
1808: l_quantity := l_quantity * l_multiplier;
1809: end if;
1810: End If;

Line 1997: l_divisor := OKS_TIME_MEASURES_PUB.get_quantity

1993: l_uom := map_freq_uom(l_frequency);
1994:
1995: --mchoudha Fix for bug#4729993
1996: --Calculate the price from term date to end date
1997: l_divisor := OKS_TIME_MEASURES_PUB.get_quantity
1998: (p_start_date => l_start_date,
1999: p_end_date => l_end_date,
2000: p_source_uom => l_uom,
2001: p_period_type => l_period_type, --new param

Line 2004: l_multiplier := OKS_TIME_MEASURES_PUB.get_quantity

2000: p_source_uom => l_uom,
2001: p_period_type => l_period_type, --new param
2002: p_period_start => l_period_start); --new param
2003:
2004: l_multiplier := OKS_TIME_MEASURES_PUB.get_quantity
2005: (p_start_date => l_tmn_date+1,
2006: p_end_date => l_end_date,
2007: p_source_uom => l_uom,
2008: p_period_type => l_period_type, --new param

Line 2016: l_divisor := OKS_TIME_MEASURES_PUB.get_quantity

2012:
2013: ELSE
2014: --existing logic
2015: l_uom := map_freq_uom(l_frequency);
2016: l_divisor := OKS_TIME_MEASURES_PUB.get_quantity
2017: (p_start_date => l_start_date,
2018: p_end_date => l_end_date,
2019: p_source_uom => l_uom);
2020:

Line 2021: l_multiplier := OKS_TIME_MEASURES_PUB.get_quantity

2017: (p_start_date => l_start_date,
2018: p_end_date => l_end_date,
2019: p_source_uom => l_uom);
2020:
2021: l_multiplier := OKS_TIME_MEASURES_PUB.get_quantity
2022: (p_start_date => l_start_date,
2023: p_end_date => l_tmn_date ,
2024: p_source_uom => l_uom);
2025: